The paper analyzed the properties of automatic welding technology and equipment for large metallurgical blast-furnace and hot-wind furnace body.

Two methods for preparing metallurgical slag glass-ceramics are introduced.

Presented is an orthogonal experiment for optimization study on the composition of compound binder and main briquetting technics parameters of briquette used for metallurgy furnace.

The metallurgy furnace is the energy consumes the big household,also is one of environmental pollution main origins,therefore the dry kiln design must carry on the various optimization from the technical innovation angle to realize the low consumption,the low pollution,the high production leaves the energy conservation environmental protection modern dry kiln.

VAI, in cooperation with the Institute of Experimental Physics of the Johannes Kepler University in Linz, Austria, has developed a new system which enables the continuous analysis of the chemical composition of steel baths in all metallurgical vessels.

VAI has successfully developed and implemented a new continuous temperature monitoring system for metallurgical vessels which is marketed under the trade name of VAI CON Temp.

Based on the physical model and mathematical model,the simulation of magnetic field in the metallurgical furnace is reviewed.

It is presented that metallurgical furnaces should be improved with the advanced comprehensive energy saving technology.

Based on energy utilization,water and power consumption,safety and cost of operation,the evaporation cooling method and close cycle water cooling method for metallurgical furnace cooling are analyzed and compared,and evaporation cooling method is recommended.

Implementation of motion locus for fast-hot-repaired robot of copper metallurgical furnace;